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Full-Text Articles in Life Sciences
Using Student-Produced Videos To Communicate About Science, Ricky W. Telg, Kathryn Stofer, Rachel Deconna
Using Student-Produced Videos To Communicate About Science, Ricky W. Telg, Kathryn Stofer, Rachel Deconna
Journal of Applied Communications
This professional development article provides a case study of the Explore Research at the University of Florida video project, conducted by University of Florida undergraduate and graduate students. Students take an advanced digital media production course where they develop videos documenting research at the university. The videos are then displayed at the Museum of Natural History and various online, broadcast, and cable television outlets. This article also provides suggestions for individuals who may want to develop their own partnerships with similar organizations in their courses.
Temporal Integration Of Movement: Fhe Time-Course Of Motion Streaks Revealed By Masking, David Alais, Deborah M. Apthorp, Aana Karmann, John Cass
Temporal Integration Of Movement: Fhe Time-Course Of Motion Streaks Revealed By Masking, David Alais, Deborah M. Apthorp, Aana Karmann, John Cass
Faculty of Health and Behavioural Sciences - Papers (Archive)
Temporal integration in the visual system causes fast-moving objects to leave oriented 'motion streaks' in their wake, which could be used to facilitate motion direction perception. Temporal integration is thought to occur over 100 ms in early cortex, although this has never been tested for motion streaks. Here we compare the ability of fast-moving ('streaky') and slow-moving fields of dots to mask briefly flashed gratings either parallel or orthogonal to the motion trajectory. Gratings were presented at various asynchronies relative to motion onset (from to ms) to sample the time-course of the accumulating streaks. Predictions were that masking would be …